Advantages of Dry Multimaterial Printer
- Supply-Chain-Independent Manufacturing – Prints directly from elemental raw materials with no inks, binders, solvents, or post-processing steps.
- Sovereign & Secure Production – Eliminates reliance on foreign or vulnerable supply chains, enabling U.S.-based, mission-ready electronics manufacturing.
- Raw-Material-to-Final-Print Workflow – A simplified, one-step process that replaces the multi-stage ink-based manufacturing pipeline.
- On-Demand, Anywhere Manufacturing – Ideal for laboratories, factories, field environments, and even space-based production.
- High-Resolution, Multimaterial Printing – Supports metals, semiconductors, and functional materials on 2D, 3D, curved, or irregular surfaces.
- Zero Consumable Bottlenecks – No nanopowder suppliers, no ink formulation, no specialized chemicals—full autonomy over materials.
- Enhanced National-Security Resilience – Provides resilient, contingency-proof manufacturing for defense, aerospace, and critical infrastructure.
- Fast, Clean, and Sustainable – Eliminates chemical waste, reduces environmental impact, and accelerates time from concept to functional device.
Printer System
Dry Printing on Biodegradable Paper
Flexible Hybrid Electronics (FHE)
On-Demand and In-Situ Nanoparticles Generation with Real-time Laser Sintering for Multi-Materials and Hybrid electronics Printing.
Flexible Hybrid Electronics (FHE)
Dry Printing on Biodegradable Paper
Flexible Hybrid Electronics (FHE)
Dry Printed FHE on Polyimide and Other Flexible Substrates.
Dry Printing on Biodegradable Paper
Dry Printing on Biodegradable Paper
Dry Printing on Biodegradable Paper
Eco-Friendly and Multi-materials Printing on Biodegradable Papers.